Heat Pumps for Energy Efficiency and Environmental Progress

Content: 
ORGANIZATION, Page ii
Front Matter, Page iii
Copyright, Page iv
FOREWORD, Pages v-vi
ACKNOWLEDGEMENTS, Page vii, John D. Ryan
SUMMARY OF KEYNOTE ADDRESS “ENVIRONMENT”, Page 3, Rajendra M. Shende
Future Vision of Heat Pump Technology and Global Environment, Page 5, Yoshitake MAKISE
Thermodynamics for the Uninitiated; the concept of quality as an important factor in energy policy, Pages 9-10, B.A. Kleinbloesem
ENVIRONMENTAL OVERVIEW: CFC AND HCFC REGULATORY UPDATE, Pages 11-19, JOHN W. REED
KEY FACTORS IN PHASING OUT OZONE DEPLETING SUBSTANCES, Pages 21-31, F.A. Vogelsberg Jr., S.C. Gidumal
Global warming and heat pumps, Pages 33-42, J.W.J. Bouma
INCENTIVES AND THE VALUE OF AVOIDED ENVIRONMENTAL PROBLEMS, Pages 43-51, T. Jones
The Heat Pump Prototype and Demonstration Programme in Norway, Pages 53-61, Magne Amundsen, Elisabeth H. Lycke, Geir Eggen, Tor Lystad
Heat pumps in competition with other options for reducing CO2-emissions, Pages 63-70, P.A. Okken, D. Gerbers, T. Kram, B. Linssen, P. Lako, J.R. Ybema
Heat pumps as means of energy recovery in developing countries, Pages 71-76, N.C. Srivastava, M.S. Ismail, A.G. bin Ujang
Refrigerants of New Generation, Pages 79-88, Katsuki Fujiwara
North American Efforts to Identify Replacements for HCFC-22, Pages 89-95, Mark S. Menzer
Retrofit with new refrigerants, Pages 97-103, Masaji Kaneshima
Experiences from applications of “new” refrigerants, Pages 105-114, E. Granryd, P. Rohlin
The need for, and availability of, working fluid property data: Results from Annexes XIII and XVIII, Pages 115-126, M. McLinden, L. Vamling
HEAT TRANSFER OF ZEOTROPIC REFRIGERANT MIXTURES, Pages 127-134, D.B. Bivens, A. Yokozeki
Experiences from a 5 MW Heat Pump using HFC 134a, Pages 135-142, H. Enström, H. Kenne
Alternative Refrigerants to HCFC-22 in Air-Conditioning Applications, Pages 143-150, Sekhar N. Kondepudi
An experimental vapor compression plant for testing R502 “ozone - safe” alternative working fluids, Pages 151-158, C. Aprea, R. Mastrullo, P. Mazzei
AMMONIA IN SMALL AND MEDIUM SIZED HEAT PUMPS, Pages 159-168, Odd Nesje
Heat pumps for widespread use are available today!, Pages 171-175, Peter Göricke
Exhaust air heat pumps experiences, Pages 177-181, Mats Fehrm
Integrated Heat Pumps Advance In Systems And Equipment, Pages 183-190, Wayne Reedy
Advanced Control – Control technology for residential airconditioners in Japan –, Pages 191-200, Moriyoshi Sakamoto
Process integration of industrial heat pumps, Pages 201-215, Erik Wallin, Thore Berntsson
An Overview of Current High Temperature Heat Pump Technology, Pages 217-227, J.W. Linton, W.K. Snelson
The Design of Heat Pumps by Simulation, Pages 229-235, Manuel R. Conde, ETH Zürich
A new heat transformer operating by “reverse rectification” for upgrading waste heat, Pages 237-242, P. Le Goff, J. Labidi, P.M. Ranger
ABSORPTION HEAT PUMPS OPERATING AT VERY HIGH TEMPERATURES (200 − 1000°C) FOR IMPROVING THE EFFICIENCY OF POWER STATIONS, Pages 243-249, P. Le GOFF, Bq Liu, O. Kester, J. Houriez, G. Marbach
RESEARCH AND DEVELOPMENT ON HEAT PUMPS AT DEAF, PALERMO UNIVERSITY, ITALY, Pages 251-259, M. Columba, C. Dispenza, V. La Rocca, G. Panno, U. Sellerio
Heat Pumps performance optimization study, Pages 261-268, M. Hammad, N. Abu Gharbia
Enhancement of heat pump performance by using radiant heating and cooling panels, Pages 269-277, B. Kilkis
Performance Measures of Heat Pumps Based on The Second Law of Thermodynamics, Pages 279-286, K. Ozaki, N. Endo, A. Yabe
A suppliers' view on the future Heat Pump market in Norway, Pages 287-292, Roar Rose
Development of Advanced Heat Pump for Hot Water Supply, Pages 293-300, M. SAIKAWA, H. HASEGAWA
Ground Coupled Heat Pumps with Seasonal Cold Storage, Pages 301-308, B. Sanner
Future developments for heat pumps and refrigerating machines in Europe, Pages 309-316, V. Sartre, M. Lallemand
Field analysis of residential engine driven natural gas heat pump in an office application, Pages 317-324, M. Sasso, S. Sibilio, L Bellia
Heat pumps for efficient energy use in industrial processes and for process integration, Pages 325-332, Ana Maria Silva, Rui Rosa
Air to hot water heat pumping and air conditioning using thin film heat transfer, Pages 333-340, David B. Stewart
The application of heat pump in low temperature drying, Pages 341-348, Ingvald Strømmen, Xiaomei Song, Kjartan Kramer
Test Application of “Super Heat Pump Energy Accumulation System” for New Building of Kyushu Electric Power Co., Pages 349-356, H. Takenouchi, M. Fukushima, T. Kawakami, T. Saitoh, M. Kaneshima, N. Kanzaki, K. Nakazawa
Soil thermal characteristics for designing ground heat pump systems, Pages 357-364, V.R. Tarnawski, B. Wagner
Microprocessor controlled Heat Pumps Airhandling control Remote diagnosis capabilities, Pages 367-372, Robert LOTZ
Expanding the Limits: Heat Pump Technology and Markets in North America, Pages 373-380, Arvo Lannus
Market Trends & Forecast of Electric Driven Heat Pump in ASIA/JAPAN, Pages 381-390, Yukinobu IKEMOTO
Electric driven heat pumps in Central and Eastern Europe, Pages 391-402, Johannes Zaugg
Optimising Heat Pump Operation in a small District Heating Grid, Pages 403-409, Audun Årøen
Heat pump with ice production from river water Project Seilduksfabrikken A/S, Pages 411-414, Sábjørn Røsvik, Rolf Albrigtsen, Ole Andreas Flagstad
Water Loop Heat Pumps Development in Supermarkets, Pages 415-422, Robert LOTZ
Development and market trend of gas engine heat pumps in Japan, Pages 425-433, Shigeru Sakata
Gas Fueled Space Conditioning Heat Pump Research in the United States, Pages 435-445, Gale H. Myers, Steven I. Freedman, Charles E. French, Robert C. DeVault
FIRST RESULTS OF THE OPERATION OF A GAS-FIRED 250 KW ABSORPTION HEAT PUMP, Pages 447-452, J. Bassols, R. Schneider, D. Ohrt, B. Kuckelkorn, J. Langreck, H. Veelken
R&D Program of Gas Driven Heat Pumps for Domestic Use in Japan, Pages 453-461, T. Honda, S. Yoshida
Steam generating Heat Transformer, Pages 463-468, A. Artamo
S.W.E.A.T. Thermochemical heat pump storage system, Pages 469-476, H.A. de Beijer, J.W. Klein Horsman
Absorption Refrigeration Cycle Aided by Compression and an Auxiliary Fluid, Pages 477-484, A. Coronas, D. Boer, M.-H. Huor, M. Prevost
Analysis of an absorption heat pump for industrial utilization, Pages 485-494, R. Lazzarin, G.A. Longo
DEVELOPMENT OF A DYNAMIC TEST RIG FOR HEAT PUMPS (EMULATOR), Pages 495-504, J.B. DE WIT
Design and performance of an absorption heat transformer test plant, Pages 505-510, C.Z. Zhuo, C.H.M. Machielsen
State of the standardization work in the field of heat pumps, air conditioning and refrigeration systems, Pages 513-518, Michèle Mondot
REGULATIONS AND STANDARDS, Pages 519-530, H.J.M. Knipscheer
THE EMERGING EUROPEAN CERTIFICATION REQUIREMENTS AND PLANS FOR IMPLEMENTATION OF THE CERTIFICATION PROGRAMME, Pages 531-536, J.R. Pritchard
Utility's Programme for The Promotion of Heat Pumps, Pages 537-541, KATSUHIKO NARITA
The Role of the Commission of the European Communities in Supporting and Promoting Heat Pump Technology, Pages 543-551, D.A. Reay
Current Status of Super Heat Pump Energy Accumulation Systems, Pages 553-561, K. Honjo, Y. Tsunoda, H. Takenouchi
Heat Pump Technology: Responding to New Opportunities, Pages 563-572, Van D. Baxter, Frederick A. Creswick, W. Keith Snelson
Market for the heat pumps in the residential and tertiary sectors, Pages 573-582, J.P. Moreau
DSM & Heat Pump Technology: Can Both the Utility and Consumer Benefit?, Pages 583-588, W.S. Fleming
Heat Pumps in Norway, Pages 589-593, Ulf Rivenæs
AUTHOR INDEX, Pages 595-596